/***********************************************************************************************************************
* DISCLAIMER
* This software is supplied by Renesas Electronics Corporation and is only 
* intended for use with Renesas products. No other uses are authorized. This 
* software is owned by Renesas Electronics Corporation and is protected under 
* all applicable laws, including copyright laws.
* THIS SOFTWARE IS PROVIDED "AS IS" AND RENESAS MAKES NO WARRANTIES REGARDING 
* THIS SOFTWARE, WHETHER EXPRESS, IMPLIED OR STATUTORY, INCLUDING BUT NOT 
* LIMITED TO WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE 
* AND NON-INFRINGEMENT.  ALL SUCH WARRANTIES ARE EXPRESSLY DISCLAIMED.
* TO THE MAXIMUM EXTENT PERMITTED NOT PROHIBITED BY LAW, NEITHER RENESAS 
* ELECTRONICS CORPORATION NOR ANY OF ITS AFFILIATED COMPANIES SHALL BE LIABLE 
* FOR ANY DIRECT, INDIRECT, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES FOR 
* ANY REASON RELATED TO THIS SOFTWARE, EVEN IF RENESAS OR ITS AFFILIATES HAVE 
* BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES.
* Renesas reserves the right, without notice, to make changes to this software 
* and to discontinue the availability of this software.  By using this software, 
* you agree to the additional terms and conditions found by accessing the 
* following link:
* http://www.renesas.com/disclaimer
*
* Copyright (C) 2019, 2020 Renesas Electronics Corporation. All rights reserved.
***********************************************************************************************************************/

/***********************************************************************************************************************
* File Name    : sc_intprg.c
* Version      : Smart Configurator for RH850 V1.2.0 [20 Jan 2020]
* Device(s)    : RH850/U2A16
* Description  : This is the exception/interrupt function code
* Creation Date: 2020/01/20
***********************************************************************************************************************/

/***********************************************************************************************************************
Includes
***********************************************************************************************************************/
#include "iodefine.h"

/***********************************************************************************************************************
Global variables and functions
***********************************************************************************************************************/

/******************************************************************************
	Direct Vector Method
******************************************************************************/
// SYSERR
#ifdef __CCRH__
#pragma interrupt syserr(enable=false, priority=SYSERR, fpu=true, callt=false)
#endif
void syserr(void){
}

// HVTRAP
#ifdef __CCRH__
#pragma interrupt hvtrap(enable=false, priority=HVTRAP, fpu=true, callt=false)
#endif
void hvtrap(void){
}

// FETRAP
#ifdef __CCRH__
#pragma interrupt fetrap(enable=false, priority=FETRAP, fpu=true, callt=false)
#endif
void fetrap(void){
}

// TRAP0
#ifdef __CCRH__
#pragma interrupt trap0(enable=false, priority=TRAP0, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
void trap0(void){
}

// TRAP1
#ifdef __CCRH__
#pragma interrupt trap1(enable=false, priority=TRAP1, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
void trap1(void){
}

// RIE
#ifdef __CCRH__
#pragma interrupt rie(enable=false, priority=RIE, fpu=true, callt=false)
#endif
void rie(void){
}

// FPE/FXE
#ifdef __CCRH__
#pragma interrupt fpe(enable=false, priority=FPE, fpu=true, callt=false)
#endif
void fpe(void){
}

// UCPOP
#ifdef __CCRH__
#pragma interrupt ucpop(enable=false, priority=UCPOP, fpu=true, callt=false)
#endif
void ucpop(void){
}

// MIP/MDP
#ifdef __CCRH__
#pragma interrupt mip(enable=false, priority=MIP, fpu=true, callt=false)
#endif
void mip(void){
}

// PIE
#ifdef __CCRH__
#pragma interrupt pie(enable=false, priority=PIE, fpu=true, callt=false)
#endif
void pie(void){
}

// Debug
#ifdef __CCRH__
//#pragma interrupt debug(enable=false, priority=Debug, fpu=true, callt=false)
#endif
void debug(void){
}

// MAE
#ifdef __CCRH__
#pragma interrupt mae(enable=false, priority=MAE, fpu=true, callt=false)
#endif
void mae(void){
}

// RFU
#ifdef __CCRH__
//#pragma interrupt rfu(enable=false, priority=RFU, fpu=true, callt=false)
#endif
void rfu(void){
}

// Non-maskable interrupt
#ifdef __CCRH__
//#pragma interrupt fenmi(enable=false, priority=FENMI, fpu=true, callt=false)
#endif
void fenmi(void){
}

// FE level maskable interrupt
#ifdef __CCRH__
//#pragma interrupt feint(enable=false, priority=FEINT, fpu=true, callt=false)
#endif
void feint(void){
}

// EIINTn(Priority0)
#ifdef __CCRH__
#pragma interrupt eiintPri0(enable=false, priority=EIINT_PRIORITY0, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiintPri0(void){
}

// EIINTn(Priority1)
#ifdef __CCRH__
#pragma interrupt eiintPri1(enable=false, priority=EIINT_PRIORITY1, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiintPri1(void){
}

// EIINTn(Priority2)
#ifdef __CCRH__
#pragma interrupt eiintPri2(enable=false, priority=EIINT_PRIORITY2, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiintPri2(void){
}

// EIINTn(Priority3)
#ifdef __CCRH__
#pragma interrupt eiintPri3(enable=false, priority=EIINT_PRIORITY3, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiintPri3(void){
}

// EIINTn(Priority4)
#ifdef __CCRH__
#pragma interrupt eiintPri4(enable=false, priority=EIINT_PRIORITY4, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiintPri4(void){
}

// EIINTn(Priority5)
#ifdef __CCRH__
#pragma interrupt eiintPri5(enable=false, priority=EIINT_PRIORITY5, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiintPri5(void){
}

// EIINTn(Priority6)
#ifdef __CCRH__
#pragma interrupt eiintPri6(enable=false, priority=EIINT_PRIORITY6, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiintPri6(void){
}

// EIINTn(Priority7)
#ifdef __CCRH__
#pragma interrupt eiintPri7(enable=false, priority=EIINT_PRIORITY7, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiintPri7(void){
}

// EIINTn(Priority8)
#ifdef __CCRH__
#pragma interrupt eiintPri8(enable=false, priority=EIINT_PRIORITY8, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiintPri8(void){
}

// EIINTn(Priority9)
#ifdef __CCRH__
#pragma interrupt eiintPri9(enable=false, priority=EIINT_PRIORITY9, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiintPri9(void){
}

// EIINTn(Priority10)
#ifdef __CCRH__
#pragma interrupt eiintPri10(enable=false, priority=EIINT_PRIORITY10, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiintPri10(void){
}

// EIINTn(Priority11)
#ifdef __CCRH__
#pragma interrupt eiintPri11(enable=false, priority=EIINT_PRIORITY11, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiintPri11(void){
}

// EIINTn(Priority12)
#ifdef __CCRH__
#pragma interrupt eiintPri12(enable=false, priority=EIINT_PRIORITY12, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiintPri12(void){
}

// EIINTn(Priority13)
#ifdef __CCRH__
#pragma interrupt eiintPri13(enable=false, priority=EIINT_PRIORITY13, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiintPri13(void){
}

// EIINTn(Priority14)
#ifdef __CCRH__
#pragma interrupt eiintPri14(enable=false, priority=EIINT_PRIORITY14, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiintPri14(void){
}

// EIINTn(Priority15)
#ifdef __CCRH__
#pragma interrupt eiintPri15(enable=false, priority=EIINT_PRIORITY15, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiintPri15(void){
}


/******************************************************************************
	Table Reference Method
******************************************************************************/
/* IPIR CH0 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint0(enable=false, channel=0, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint0(void){
}


/* IPIR CH1 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint1(enable=false, channel=1, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint1(void){
}


/* IPIR CH2 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint2(enable=false, channel=2, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint2(void){
}


/* IPIR CH3 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint3(enable=false, channel=3, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint3(void){
}


/* Broadcast notification 0 */
#ifdef __CCRH__
#pragma interrupt eiint4(enable=false, channel=4, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint4(void){
}


/* Broadcast notification 1 */
#ifdef __CCRH__
#pragma interrupt eiint5(enable=false, channel=5, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint5(void){
}


/* Broadcast notification 2 */
#ifdef __CCRH__
#pragma interrupt eiint6(enable=false, channel=6, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint6(void){
}


/* Broadcast notification 3 */
#ifdef __CCRH__
#pragma interrupt eiint7(enable=false, channel=7, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint7(void){
}


/* ECM maskable interrupt (EI level) */
#ifdef __CCRH__
#pragma interrupt eiint8(enable=false, channel=8, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint8(void){
}


/* DCLS error interrupt (EI level) */
#ifdef __CCRH__
#pragma interrupt eiint9(enable=false, channel=9, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint9(void){
}


/* TAUD0 Channel 0 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint10(enable=false, channel=10, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint10(void){
}


/* TAUD0 Channel 2 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint11(enable=false, channel=11, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint11(void){
}


/* TAUD0 Channel 4 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint12(enable=false, channel=12, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint12(void){
}


/* TAUD0 Channel 6 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint13(enable=false, channel=13, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint13(void){
}


/* Software interrupt 0 */
#ifdef __CCRH__
#pragma interrupt eiint14(enable=false, channel=14, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint14(void){
}


/* Software interrupt 1 */
#ifdef __CCRH__
#pragma interrupt eiint15(enable=false, channel=15, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint15(void){
}


/* Software interrupt 2 */
#ifdef __CCRH__
#pragma interrupt eiint16(enable=false, channel=16, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint16(void){
}


/* Software interrupt 3 */
#ifdef __CCRH__
#pragma interrupt eiint17(enable=false, channel=17, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint17(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint18(enable=false, channel=18, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint18(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint19(enable=false, channel=19, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint19(void){
}


/* Single interrupt request from ICUP to CPU (PE) */
#ifdef __CCRH__
#pragma interrupt eiint20(enable=false, channel=20, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint20(void){
}


/* Interrupt request from ICUP to CPU (PE) */
#ifdef __CCRH__
#pragma interrupt eiint21(enable=false, channel=21, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint21(void){
}


/* WDTB0/1/2/3 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint22(enable=false, channel=22, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint22(void){
}


/* TAUD0 Channel 8 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint23(enable=false, channel=23, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint23(void){
}


/* TAUD0 Channel 10 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint24(enable=false, channel=24, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint24(void){
}


/* TAUD0 Channel 12 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint25(enable=false, channel=25, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint25(void){
}


/* TAUD0 Channel 14 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint26(enable=false, channel=26, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint26(void){
}


/* TAPA0 peak interrupt 0 */
#ifdef __CCRH__
#pragma interrupt eiint27(enable=false, channel=27, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint27(void){
}


/* TAPA0 valley interrupt 0 */
#ifdef __CCRH__
#pragma interrupt eiint28(enable=false, channel=28, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint28(void){
}


/* sDMAC0 address error or sDMAC1 address error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint29(enable=false, channel=29, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint29(void){
}


/* DTS transfer error */
#ifdef __CCRH__
#pragma interrupt eiint30(enable=false, channel=30, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint30(void){
}


/* TPTM0/3 Timing Protection Violation */
#ifdef __CCRH__
#pragma interrupt eiint31(enable=false, channel=31, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint31(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint32(enable=false, channel=32, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint32(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint33(enable=false, channel=33, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint33(void){
}


/* FPSYS0 Flash sequencer processing end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint34(enable=false, channel=34, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint34(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint35(enable=false, channel=35, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint35(void){
}


/* FPSYS1 Flash sequencer processing end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint36(enable=false, channel=36, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint36(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint37(enable=false, channel=37, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint37(void){
}

/* FPSYS2 Flash sequencer processing end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint38(enable=false, channel=38, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint38(void){
}

/* DTS ch31-0 transfer end */
#ifdef __CCRH__
#pragma interrupt eiint39(enable=false, channel=39, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint39(void){
}


/* DTS ch63-32 transfer end */
#ifdef __CCRH__
#pragma interrupt eiint40(enable=false, channel=40, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint40(void){
}


/* DTS ch95-64 transfer end */
#ifdef __CCRH__
#pragma interrupt eiint41(enable=false, channel=41, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint41(void){
}


/* DTS ch127-96 transfer end */
#ifdef __CCRH__
#pragma interrupt eiint42(enable=false, channel=42, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint42(void){
}


/* DTS ch31-0 transfer count match */
#ifdef __CCRH__
#pragma interrupt eiint43(enable=false, channel=43, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint43(void){
}


/* DTS ch63-32 transfer count match */
#ifdef __CCRH__
#pragma interrupt eiint44(enable=false, channel=44, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint44(void){
}


/* DTS ch95-64 transfer count match */
#ifdef __CCRH__
#pragma interrupt eiint45(enable=false, channel=45, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint45(void){
}


/* DTS ch127-96 transfer count match */
#ifdef __CCRH__
#pragma interrupt eiint46(enable=false, channel=46, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint46(void){
}


/* sDMAC0 channel 0 transfer end or descriptor step end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint47(enable=false, channel=47, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint47(void){
}


/* sDMAC0 channel 1 transfer end or descriptor step end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint48(enable=false, channel=48, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint48(void){
}


/* sDMAC0 channel 2 transfer end or descriptor step end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint49(enable=false, channel=49, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint49(void){
}


/* sDMAC0 channel 3 transfer end or descriptor step end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint50(enable=false, channel=50, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint50(void){
}


/* sDMAC0 channel 4 transfer end or descriptor step end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint51(enable=false, channel=51, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint51(void){
}


/* sDMAC0 channel 5 transfer end or descriptor step end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint52(enable=false, channel=52, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint52(void){
}


/* sDMAC0 channel 6 transfer end or descriptor step end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint53(enable=false, channel=53, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint53(void){
}


/* sDMAC0 channel 7 transfer end or descriptor step end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint54(enable=false, channel=54, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint54(void){
}


/* sDMAC0 channel 8 transfer end or descriptor step end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint55(enable=false, channel=55, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint55(void){
}


/* sDMAC0 channel 9 transfer end or descriptor step end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint56(enable=false, channel=56, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint56(void){
}


/* sDMAC0 channel 10 transfer end or descriptor step end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint57(enable=false, channel=57, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
void eiint57(void){
}


/* sDMAC0 channel 11 transfer end or descriptor step end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint58(enable=false, channel=58, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint58(void){
}


/* sDMAC0 channel 12 transfer end or descriptor step end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint59(enable=false, channel=59, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint59(void){
}


/* sDMAC0 channel 13 transfer end or descriptor step end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint60(enable=false, channel=60, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint60(void){
}


/* sDMAC0 channel 14 transfer end or descriptor step end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint61(enable=false, channel=61, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint61(void){
}


/* sDMAC0 channel 15 transfer end or descriptor step end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint62(enable=false, channel=62, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint62(void){
}


/* sDMAC1 channel 0 transfer end or descriptor step end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint63(enable=false, channel=63, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint63(void){
}


/* sDMAC1 channel 1 transfer end or descriptor step end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint64(enable=false, channel=64, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint64(void){
}


/* sDMAC1 channel 2 transfer end or descriptor step end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint65(enable=false, channel=65, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint65(void){
}


/* sDMAC1 channel 3 transfer end or descriptor step end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint66(enable=false, channel=66, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint66(void){
}


/* sDMAC1 channel 4 transfer end or descriptor step end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint67(enable=false, channel=67, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint67(void){
}


/* sDMAC1 channel 5 transfer end or descriptor step end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint68(enable=false, channel=68, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint68(void){
}


/* sDMAC1 channel 6 transfer end or descriptor step end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint69(enable=false, channel=69, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint69(void){
}


/* sDMAC1 channel 7 transfer end or descriptor step end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint70(enable=false, channel=70, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint70(void){
}


/* sDMAC1 channel 8 transfer end or descriptor step end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint71(enable=false, channel=71, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint71(void){
}


/* sDMAC1 channel 9 transfer end or descriptor step end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint72(enable=false, channel=72, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint72(void){
}


/* sDMAC1 channel 10 transfer end or descriptor step end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint73(enable=false, channel=73, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint73(void){
}


/* sDMAC1 channel 11 transfer end or descriptor step end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint74(enable=false, channel=74, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint74(void){
}


/* sDMAC1 channel 12 transfer end or descriptor step end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint75(enable=false, channel=75, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint75(void){
}


/* sDMAC1 channel 13 transfer end or descriptor step end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint76(enable=false, channel=76, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint76(void){
}


/* sDMAC1 channel 14 transfer end or descriptor step end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint77(enable=false, channel=77, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint77(void){
}


/* sDMAC1 channel 15 transfer end or descriptor step end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint78(enable=false, channel=78, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint78(void){
}


/* TIM0 Shared interrupts (TIM0_IRQ0) */
#ifdef __CCRH__
#pragma interrupt eiint79(enable=false, channel=79, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint79(void){
}


/* TIM0 Shared interrupts (TIM0_IRQ1) */
#ifdef __CCRH__
#pragma interrupt eiint80(enable=false, channel=80, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint80(void){
}


/* TIM0 Shared interrupts (TIM0_IRQ2) */
#ifdef __CCRH__
#pragma interrupt eiint81(enable=false, channel=81, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint81(void){
}


/* TIM0 Shared interrupts (TIM0_IRQ3) */
#ifdef __CCRH__
#pragma interrupt eiint82(enable=false, channel=82, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint82(void){
}


/* TIM0 Shared interrupts (TIM0_IRQ4) */
#ifdef __CCRH__
#pragma interrupt eiint83(enable=false, channel=83, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint83(void){
}


/* TIM0 Shared interrupts (TIM0_IRQ5) */
#ifdef __CCRH__
#pragma interrupt eiint84(enable=false, channel=84, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint84(void){
}


/* TIM0 Shared interrupts (TIM0_IRQ6) */
#ifdef __CCRH__
#pragma interrupt eiint85(enable=false, channel=85, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint85(void){
}


/* TIM0 Shared interrupts (TIM0_IRQ7) */
#ifdef __CCRH__
#pragma interrupt eiint86(enable=false, channel=86, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint86(void){
}


/* TIM1 Shared interrupts (TIM1_IRQ0) */
#ifdef __CCRH__
#pragma interrupt eiint87(enable=false, channel=87, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint87(void){
}


/* TIM1 Shared interrupts (TIM1_IRQ1) */
#ifdef __CCRH__
#pragma interrupt eiint88(enable=false, channel=88, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint88(void){
}


/* TIM1 Shared interrupts (TIM1_IRQ2) */
#ifdef __CCRH__
#pragma interrupt eiint89(enable=false, channel=89, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint89(void){
}


/* TIM1 Shared interrupts (TIM1_IRQ3) */
#ifdef __CCRH__
#pragma interrupt eiint90(enable=false, channel=90, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint90(void){
}


/* TIM1 Shared interrupts (TIM1_IRQ4) */
#ifdef __CCRH__
#pragma interrupt eiint91(enable=false, channel=91, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint91(void){
}


/* TIM1 Shared interrupts (TIM1_IRQ5) */
#ifdef __CCRH__
#pragma interrupt eiint92(enable=false, channel=92, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint92(void){
}


/* TIM1 Shared interrupts (TIM1_IRQ6) */
#ifdef __CCRH__
#pragma interrupt eiint93(enable=false, channel=93, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint93(void){
}


/* TIM1 Shared interrupts (TIM1_IRQ7) */
#ifdef __CCRH__
#pragma interrupt eiint94(enable=false, channel=94, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint94(void){
}


/* TIM2 Shared interrupts (TIM2_IRQ0) */
#ifdef __CCRH__
#pragma interrupt eiint95(enable=false, channel=95, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint95(void){
}


/* TIM2 Shared interrupts (TIM2_IRQ1) */
#ifdef __CCRH__
#pragma interrupt eiint96(enable=false, channel=96, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint96(void){
}


/* TIM2 Shared interrupts (TIM2_IRQ2) */
#ifdef __CCRH__
#pragma interrupt eiint97(enable=false, channel=97, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint97(void){
}


/* TIM2 Shared interrupts (TIM2_IRQ3) */
#ifdef __CCRH__
#pragma interrupt eiint98(enable=false, channel=98, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint98(void){
}


/* TIM2 Shared interrupts (TIM2_IRQ4) */
#ifdef __CCRH__
#pragma interrupt eiint99(enable=false, channel=99, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint99(void){
}


/* TIM2 Shared interrupts (TIM2_IRQ5) */
#ifdef __CCRH__
#pragma interrupt eiint100(enable=false, channel=100, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint100(void){
}


/* TIM2 Shared interrupts (TIM2_IRQ6) */
#ifdef __CCRH__
#pragma interrupt eiint101(enable=false, channel=101, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint101(void){
}


/* TIM2 Shared interrupts (TIM2_IRQ7) */
#ifdef __CCRH__
#pragma interrupt eiint102(enable=false, channel=102, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint102(void){
}


/* TIM3 Shared interrupts (TIM3_IRQ0) */
#ifdef __CCRH__
#pragma interrupt eiint103(enable=false, channel=103, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint103(void){
}


/* TIM3 Shared interrupts (TIM3_IRQ1) */
#ifdef __CCRH__
#pragma interrupt eiint104(enable=false, channel=104, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint104(void){
}


/* TIM3 Shared interrupts (TIM3_IRQ2) */
#ifdef __CCRH__
#pragma interrupt eiint105(enable=false, channel=105, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint105(void){
}


/* TIM3 Shared interrupts (TIM3_IRQ3) */
#ifdef __CCRH__
#pragma interrupt eiint106(enable=false, channel=106, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint106(void){
}


/* TIM3 Shared interrupts (TIM3_IRQ4) */
#ifdef __CCRH__
#pragma interrupt eiint107(enable=false, channel=107, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint107(void){
}


/* TIM3 Shared interrupts (TIM3_IRQ5) */
#ifdef __CCRH__
#pragma interrupt eiint108(enable=false, channel=108, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint108(void){
}


/* TIM3 Shared interrupts (TIM3_IRQ6) */
#ifdef __CCRH__
#pragma interrupt eiint109(enable=false, channel=109, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint109(void){
}


/* TIM3 Shared interrupts (TIM3_IRQ7) */
#ifdef __CCRH__
#pragma interrupt eiint110(enable=false, channel=110, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint110(void){
}


/* MCS0 Interrupt for channel (MCS0_IRQ0) */
#ifdef __CCRH__
#pragma interrupt eiint111(enable=false, channel=111, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint111(void){
}


/* MCS0 Interrupt for channel (MCS0_IRQ1) */
#ifdef __CCRH__
#pragma interrupt eiint112(enable=false, channel=112, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint112(void){
}


/* MCS0 Interrupt for channel (MCS0_IRQ2) */
#ifdef __CCRH__
#pragma interrupt eiint113(enable=false, channel=113, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint113(void){
}


/* MCS0 Interrupt for channel (MCS0_IRQ3) */
#ifdef __CCRH__
#pragma interrupt eiint114(enable=false, channel=114, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint114(void){
}


/* MCS0 Interrupt for channel (MCS0_IRQ4) */
#ifdef __CCRH__
#pragma interrupt eiint115(enable=false, channel=115, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint115(void){
}


/* MCS0 Interrupt for channel (MCS0_IRQ5) */
#ifdef __CCRH__
#pragma interrupt eiint116(enable=false, channel=116, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint116(void){
}


/* MCS0 Interrupt for channel (MCS0_IRQ6) */
#ifdef __CCRH__
#pragma interrupt eiint117(enable=false, channel=117, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint117(void){
}


/* MCS0 Interrupt for channel (MCS0_IRQ7) */
#ifdef __CCRH__
#pragma interrupt eiint118(enable=false, channel=118, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint118(void){
}


/* MCS1 Interrupt for channel (MCS1_IRQ0) */
#ifdef __CCRH__
#pragma interrupt eiint119(enable=false, channel=119, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint119(void){
}


/* MCS1 Interrupt for channel (MCS1_IRQ1) */
#ifdef __CCRH__
#pragma interrupt eiint120(enable=false, channel=120, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint120(void){
}


/* MCS1 Interrupt for channel (MCS1_IRQ2) */
#ifdef __CCRH__
#pragma interrupt eiint121(enable=false, channel=121, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint121(void){
}


/* MCS1 Interrupt for channel (MCS1_IRQ3) */
#ifdef __CCRH__
#pragma interrupt eiint122(enable=false, channel=122, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint122(void){
}


/* MCS1 Interrupt for channel (MCS1_IRQ4) */
#ifdef __CCRH__
#pragma interrupt eiint123(enable=false, channel=123, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint123(void){
}


/* MCS1 Interrupt for channel (MCS1_IRQ5) */
#ifdef __CCRH__
#pragma interrupt eiint124(enable=false, channel=124, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint124(void){
}


/* MCS1 Interrupt for channel (MCS1_IRQ6) */
#ifdef __CCRH__
#pragma interrupt eiint125(enable=false, channel=125, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint125(void){
}


/* MCS1 Interrupt for channel (MCS1_IRQ7) */
#ifdef __CCRH__
#pragma interrupt eiint126(enable=false, channel=126, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint126(void){
}


/* MCS2 Interrupt for channel (MCS2_IRQ0) */
#ifdef __CCRH__
#pragma interrupt eiint127(enable=false, channel=127, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint127(void){
}


/* MCS2 Interrupt for channel (MCS2_IRQ1) */
#ifdef __CCRH__
#pragma interrupt eiint128(enable=false, channel=128, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint128(void){
}


/* MCS2 Interrupt for channel (MCS2_IRQ2) */
#ifdef __CCRH__
#pragma interrupt eiint129(enable=false, channel=129, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint129(void){
}


/* MCS2 Interrupt for channel (MCS2_IRQ3) */
#ifdef __CCRH__
#pragma interrupt eiint130(enable=false, channel=130, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint130(void){
}


/* MCS2 Interrupt for channel (MCS2_IRQ4) */
#ifdef __CCRH__
#pragma interrupt eiint131(enable=false, channel=131, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint131(void){
}


/* MCS2 Interrupt for channel (MCS2_IRQ5) */
#ifdef __CCRH__
#pragma interrupt eiint132(enable=false, channel=132, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint132(void){
}


/* MCS2 Interrupt for channel (MCS2_IRQ6) */
#ifdef __CCRH__
#pragma interrupt eiint133(enable=false, channel=133, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint133(void){
}


/* MCS2 Interrupt for channel (MCS2_IRQ7) */
#ifdef __CCRH__
#pragma interrupt eiint134(enable=false, channel=134, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint134(void){
}


/* MCS3 Interrupt for channel (MCS3_IRQ0) */
#ifdef __CCRH__
#pragma interrupt eiint135(enable=false, channel=135, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint135(void){
}


/* MCS3 Interrupt for channel (MCS3_IRQ1) */
#ifdef __CCRH__
#pragma interrupt eiint136(enable=false, channel=136, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint136(void){
}


/* MCS3 Interrupt for channel (MCS3_IRQ2) */
#ifdef __CCRH__
#pragma interrupt eiint137(enable=false, channel=137, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint137(void){
}


/* MCS3 Interrupt for channel (MCS3_IRQ3) */
#ifdef __CCRH__
#pragma interrupt eiint138(enable=false, channel=138, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint138(void){
}


/* MCS3 Interrupt for channel (MCS3_IRQ4) */
#ifdef __CCRH__
#pragma interrupt eiint139(enable=false, channel=139, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint139(void){
}


/* MCS3 Interrupt for channel (MCS3_IRQ5) */
#ifdef __CCRH__
#pragma interrupt eiint140(enable=false, channel=140, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint140(void){
}


/* MCS3 Interrupt for channel (MCS3_IRQ6) */
#ifdef __CCRH__
#pragma interrupt eiint141(enable=false, channel=141, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint141(void){
}


/* MCS3 Interrupt for channel (MCS3_IRQ7) */
#ifdef __CCRH__
#pragma interrupt eiint142(enable=false, channel=142, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint142(void){
}


/* ATOM0 Shared interrupts (ATOM0_IRQ0) */
#ifdef __CCRH__
#pragma interrupt eiint143(enable=false, channel=143, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint143(void){
}


/* ATOM0 Shared interrupts (ATOM0_IRQ1) */
#ifdef __CCRH__
#pragma interrupt eiint144(enable=false, channel=144, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint144(void){
}


/* ATOM0 Shared interrupts (ATOM0_IRQ2) */
#ifdef __CCRH__
#pragma interrupt eiint145(enable=false, channel=145, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint145(void){
}


/* ATOM0 Shared interrupts (ATOM0_IRQ3) */
#ifdef __CCRH__
#pragma interrupt eiint146(enable=false, channel=146, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint146(void){
}


/* ATOM1 Shared interrupts (ATOM1_IRQ0) */
#ifdef __CCRH__
#pragma interrupt eiint147(enable=false, channel=147, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint147(void){
}


/* ATOM1 Shared interrupts (ATOM1_IRQ1) */
#ifdef __CCRH__
#pragma interrupt eiint148(enable=false, channel=148, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint148(void){
}


/* ATOM1 Shared interrupts (ATOM1_IRQ2) */
#ifdef __CCRH__
#pragma interrupt eiint149(enable=false, channel=149, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint149(void){
}


/* ATOM1 Shared interrupts (ATOM1_IRQ3) */
#ifdef __CCRH__
#pragma interrupt eiint150(enable=false, channel=150, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint150(void){
}


/* ATOM2 Shared interrupts (ATOM2_IRQ0) */
#ifdef __CCRH__
#pragma interrupt eiint151(enable=false, channel=151, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint151(void){
}


/* ATOM2 Shared interrupts (ATOM2_IRQ1) */
#ifdef __CCRH__
#pragma interrupt eiint152(enable=false, channel=152, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint152(void){
}


/* ATOM2 Shared interrupts (ATOM2_IRQ2) */
#ifdef __CCRH__
#pragma interrupt eiint153(enable=false, channel=153, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint153(void){
}


/* ATOM2 Shared interrupts (ATOM2_IRQ3) */
#ifdef __CCRH__
#pragma interrupt eiint154(enable=false, channel=154, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint154(void){
}


/* ATOM3 Shared interrupts (ATOM3_IRQ0) */
#ifdef __CCRH__
#pragma interrupt eiint155(enable=false, channel=155, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint155(void){
}


/* ATOM3 Shared interrupts (ATOM3_IRQ1) */
#ifdef __CCRH__
#pragma interrupt eiint156(enable=false, channel=156, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint156(void){
}


/* ATOM3 Shared interrupts (ATOM3_IRQ2) */
#ifdef __CCRH__
#pragma interrupt eiint157(enable=false, channel=157, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint157(void){
}


/* ATOM3 Shared interrupts (ATOM3_IRQ3) */
#ifdef __CCRH__
#pragma interrupt eiint158(enable=false, channel=158, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint158(void){
}


/* AEI Shared interrupt */
#ifdef __CCRH__
#pragma interrupt eiint159(enable=false, channel=159, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint159(void){
}


/* ARU_NEW_DATA0 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint160(enable=false, channel=160, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint160(void){
}


/* ARU_NEW_DATA1 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint161(enable=false, channel=161, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint161(void){
}


/* ARU_ACC_ACK interrupt */
#ifdef __CCRH__
#pragma interrupt eiint162(enable=false, channel=162, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint162(void){
}


/* CMP Shared interrupt */
#ifdef __CCRH__
#pragma interrupt eiint163(enable=false, channel=163, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint163(void){
}


/* GTM Error Interrupt */
#ifdef __CCRH__
#pragma interrupt eiint164(enable=false, channel=164, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint164(void){
}


/* TSG30 compare match interrupt 0 or TSG30 period interrupt (in HT-PWM mode only) */
#ifdef __CCRH__
#pragma interrupt eiint165(enable=false, channel=165, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint165(void){
}


/* TSG30 compare match interrupt 1 */
#ifdef __CCRH__
#pragma interrupt eiint166(enable=false, channel=166, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint166(void){
}


/* TSG30 compare match interrupt 2 */
#ifdef __CCRH__
#pragma interrupt eiint167(enable=false, channel=167, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint167(void){
}


/* TSG30 compare match interrupt 3 */
#ifdef __CCRH__
#pragma interrupt eiint168(enable=false, channel=168, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint168(void){
}


/* TSG30 compare match interrupt 4 */
#ifdef __CCRH__
#pragma interrupt eiint169(enable=false, channel=169, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint169(void){
}


/* TSG30 compare match interrupt 5 */
#ifdef __CCRH__
#pragma interrupt eiint170(enable=false, channel=170, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint170(void){
}


/* TSG30 compare match interrupt 6 */
#ifdef __CCRH__
#pragma interrupt eiint171(enable=false, channel=171, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint171(void){
}


/* TSG30 compare match interrupt 7 */
#ifdef __CCRH__
#pragma interrupt eiint172(enable=false, channel=172, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint172(void){
}


/* TSG30 compare match interrupt 8 */
#ifdef __CCRH__
#pragma interrupt eiint173(enable=false, channel=173, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint173(void){
}


/* TSG30 compare match interrupt 9 */
#ifdef __CCRH__
#pragma interrupt eiint174(enable=false, channel=174, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint174(void){
}


/* TSG30 compare match interrupt 10 */
#ifdef __CCRH__
#pragma interrupt eiint175(enable=false, channel=175, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint175(void){
}


/* TSG30 compare match interrupt 11 */
#ifdef __CCRH__
#pragma interrupt eiint176(enable=false, channel=176, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint176(void){
}


/* TSG30 compare match interrupt 12 */
#ifdef __CCRH__
#pragma interrupt eiint177(enable=false, channel=177, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint177(void){
}


/* TSG30 peak interrupt */
#ifdef __CCRH__
#pragma interrupt eiint178(enable=false, channel=178, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint178(void){
}


/* TSG30 valley interrupt */
#ifdef __CCRH__
#pragma interrupt eiint179(enable=false, channel=179, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint179(void){
}


/* TSG30 error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint180(enable=false, channel=180, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint180(void){
}


/* TSG30 warning interrupt */
#ifdef __CCRH__
#pragma interrupt eiint181(enable=false, channel=181, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint181(void){
}


/* TSG31 compare match interrupt 0 or TSG31 period interrupt (in HT-PWM mode only) */
#ifdef __CCRH__
#pragma interrupt eiint182(enable=false, channel=182, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint182(void){
}


/* TSG31 compare match interrupt 1 */
#ifdef __CCRH__
#pragma interrupt eiint183(enable=false, channel=183, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint183(void){
}


/* TSG31 compare match interrupt 2 */
#ifdef __CCRH__
#pragma interrupt eiint184(enable=false, channel=184, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint184(void){
}


/* TSG31 compare match interrupt 3 */
#ifdef __CCRH__
#pragma interrupt eiint185(enable=false, channel=185, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint185(void){
}


/* TSG31 compare match interrupt 4 */
#ifdef __CCRH__
#pragma interrupt eiint186(enable=false, channel=186, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint186(void){
}


/* TSG31 compare match interrupt 5 */
#ifdef __CCRH__
#pragma interrupt eiint187(enable=false, channel=187, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint187(void){
}


/* TSG31 compare match interrupt 6 */
#ifdef __CCRH__
#pragma interrupt eiint188(enable=false, channel=188, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint188(void){
}


/* TSG31 compare match interrupt 7 */
#ifdef __CCRH__
#pragma interrupt eiint189(enable=false, channel=189, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint189(void){
}


/* TSG31 compare match interrupt 8 */
#ifdef __CCRH__
#pragma interrupt eiint190(enable=false, channel=190, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint190(void){
}


/* TSG31 compare match interrupt 9 */
#ifdef __CCRH__
#pragma interrupt eiint191(enable=false, channel=191, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint191(void){
}


/* TSG31 compare match interrupt 10 */
#ifdef __CCRH__
#pragma interrupt eiint192(enable=false, channel=192, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint192(void){
}


/* TSG31 compare match interrupt 11 */
#ifdef __CCRH__
#pragma interrupt eiint193(enable=false, channel=193, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint193(void){
}


/* TSG31 compare match interrupt 12 */
#ifdef __CCRH__
#pragma interrupt eiint194(enable=false, channel=194, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint194(void){
}


/* TSG31 peak interrupt */
#ifdef __CCRH__
#pragma interrupt eiint195(enable=false, channel=195, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint195(void){
}


/* TSG31 valley interrupt */
#ifdef __CCRH__
#pragma interrupt eiint196(enable=false, channel=196, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint196(void){
}


/* TSG31 error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint197(enable=false, channel=197, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint197(void){
}


/* TSG31 warning interrupt */
#ifdef __CCRH__
#pragma interrupt eiint198(enable=false, channel=198, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint198(void){
}


/* OSTM0 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint199(enable=false, channel=199, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint199(void){
}


/* OSTM1 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint200(enable=false, channel=200, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint200(void){
}


/* OSTM2 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint201(enable=false, channel=201, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint201(void){
}


/* OSTM3 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint202(enable=false, channel=202, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint202(void){
}


/* OSTM4 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint203(enable=false, channel=203, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint203(void){
}


/* OSTM5 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint204(enable=false, channel=204, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint204(void){
}


/* OSTM6 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint205(enable=false, channel=205, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint205(void){
}


/* OSTM7 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint206(enable=false, channel=206, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint206(void){
}


/* OSTM8 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint207(enable=false, channel=207, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint207(void){
}


/* OSTM9 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint208(enable=false, channel=208, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint208(void){
}


/* TPTM0 an up timer interrupt for comparison value 0 */
#ifdef __CCRH__
#pragma interrupt eiint209(enable=false, channel=209, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint209(void){
}


/* TPTM0 an up timer interrupt for comparison value 1 */
#ifdef __CCRH__
#pragma interrupt eiint210(enable=false, channel=210, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint210(void){
}


/* TPTM0 an up timer interrupt for comparison value 2 */
#ifdef __CCRH__
#pragma interrupt eiint211(enable=false, channel=211, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint211(void){
}


/* TPTM0 an up timer interrupt for comparison value 3 */
#ifdef __CCRH__
#pragma interrupt eiint212(enable=false, channel=212, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint212(void){
}


/* TPTM1 an up timer interrupt for comparison value 0 */
#ifdef __CCRH__
#pragma interrupt eiint213(enable=false, channel=213, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint213(void){
}


/* TPTM1 an up timer interrupt for comparison value 1 */
#ifdef __CCRH__
#pragma interrupt eiint214(enable=false, channel=214, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint214(void){
}


/* TPTM1 an up timer interrupt for comparison value 2 */
#ifdef __CCRH__
#pragma interrupt eiint215(enable=false, channel=215, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint215(void){
}


/* TPTM1 an up timer interrupt for comparison value 3 */
#ifdef __CCRH__
#pragma interrupt eiint216(enable=false, channel=216, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint216(void){
}


/* TPTM2 an up timer interrupt for comparison value 0 */
#ifdef __CCRH__
#pragma interrupt eiint217(enable=false, channel=217, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint217(void){
}


/* TPTM2 an up timer interrupt for comparison value 1 */
#ifdef __CCRH__
#pragma interrupt eiint218(enable=false, channel=218, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint218(void){
}


/* TPTM2 an up timer interrupt for comparison value 2 */
#ifdef __CCRH__
#pragma interrupt eiint219(enable=false, channel=219, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint219(void){
}


/* TPTM2 an up timer interrupt for comparison value 3 */
#ifdef __CCRH__
#pragma interrupt eiint220(enable=false, channel=220, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint220(void){
}


/* TPTM3 an up timer interrupt for comparison value 0 */
#ifdef __CCRH__
#pragma interrupt eiint221(enable=false, channel=221, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint221(void){
}


/* TPTM3 an up timer interrupt for comparison value 1 */
#ifdef __CCRH__
#pragma interrupt eiint222(enable=false, channel=222, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint222(void){
}


/* TPTM3 an up timer interrupt for comparison value 2 */
#ifdef __CCRH__
#pragma interrupt eiint223(enable=false, channel=223, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint223(void){
}


/* TPTM3 an up timer interrupt for comparison value 3 */
#ifdef __CCRH__
#pragma interrupt eiint224(enable=false, channel=224, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint224(void){
}


/* ADCJ0 Secondary voltage monitor error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint225(enable=false, channel=225, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint225(void){
}


/* ADCJ0 A/D error interrupt upper/lower limit error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint226(enable=false, channel=226, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint226(void){
}


/* ADCJ0 Scan group 0 (SG0) end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint227(enable=false, channel=227, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint227(void){
}


/* ADCJ0 Scan group 1 (SG1) end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint228(enable=false, channel=228, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint228(void){
}


/* ADCJ0 Scan group 2 (SG2) end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint229(enable=false, channel=229, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint229(void){
}


/* ADCJ0 Scan group 3 (SG3) end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint230(enable=false, channel=230, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint230(void){
}


/* ADCJ0 Scan group 4 (SG4) end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint231(enable=false, channel=231, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint231(void){
}


/* ADCJ1 A/D error interrupt upper/lower limit error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint232(enable=false, channel=232, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint232(void){
}


/* ADCJ1 Scan group 0 (SG0) end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint233(enable=false, channel=233, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint233(void){
}


/* ADCJ1 Scan group 1 (SG1) end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint234(enable=false, channel=234, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint234(void){
}


/* ADCJ1 Scan group 2 (SG2) end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint235(enable=false, channel=235, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint235(void){
}


/* ADCJ1 Scan group 3 (SG3) end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint236(enable=false, channel=236, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint236(void){
}


/* ADCJ1 Scan group 4 (SG4) end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint237(enable=false, channel=237, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint237(void){
}


/* ADCJ2 A/D error interrupt upper/lower limit error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint238(enable=false, channel=238, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint238(void){
}


/* ADCJ2 Scan group 0 (SG0) end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint239(enable=false, channel=239, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint239(void){
}


/* ADCJ2 Scan group 1 (SG1) end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint240(enable=false, channel=240, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint240(void){
}


/* ADCJ2 Scan group 2 (SG2) end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint241(enable=false, channel=241, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint241(void){
}


/* ADCJ2 Scan group 3 (SG3) end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint242(enable=false, channel=242, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint242(void){
}


/* ADCJ2 Scan group 4 (SG4) end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint243(enable=false, channel=243, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint243(void){
}


/* MSPI0 Transmit status interrupt 0 */
#ifdef __CCRH__
#pragma interrupt eiint244(enable=false, channel=244, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint244(void){
}


/* MSPI0 Receive status interrupt 0 */
#ifdef __CCRH__
#pragma interrupt eiint245(enable=false, channel=245, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint245(void){
}


/* MSPI0 Transmit status interrupt 1 */
#ifdef __CCRH__
#pragma interrupt eiint246(enable=false, channel=246, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint246(void){
}


/* MSPI0 Receive status interrupt 1 */
#ifdef __CCRH__
#pragma interrupt eiint247(enable=false, channel=247, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint247(void){
}


/* MSPI0 Transmit status interrupt 2 */
#ifdef __CCRH__
#pragma interrupt eiint248(enable=false, channel=248, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint248(void){
}


/* MSPI0 Receive status interrupt 2 */
#ifdef __CCRH__
#pragma interrupt eiint249(enable=false, channel=249, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint249(void){
}


/* MSPI0 Channel selectable Transmit status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint250(enable=false, channel=250, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint250(void){
}


/* MSPI0 Channel selectable Receive status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint251(enable=false, channel=251, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint251(void){
}


/* MSPI0 Channel selectable Frame count end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint252(enable=false, channel=252, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint252(void){
}


/* MSPI0 Channel selectable Error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint253(enable=false, channel=253, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint253(void){
}


/* MSPI1 Transmit status interrupt 0 */
#ifdef __CCRH__
#pragma interrupt eiint254(enable=false, channel=254, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint254(void){
}


/* MSPI1 Receive status interrupt 0 */
#ifdef __CCRH__
#pragma interrupt eiint255(enable=false, channel=255, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint255(void){
}


/* MSPI1 Transmit status interrupt 1 */
#ifdef __CCRH__
#pragma interrupt eiint256(enable=false, channel=256, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint256(void){
}


/* MSPI1 Receive status interrupt 1 */
#ifdef __CCRH__
#pragma interrupt eiint257(enable=false, channel=257, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint257(void){
}


/* MSPI1 Transmit status interrupt 2 */
#ifdef __CCRH__
#pragma interrupt eiint258(enable=false, channel=258, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint258(void){
}


/* MSPI1 Receive status interrupt 2 */
#ifdef __CCRH__
#pragma interrupt eiint259(enable=false, channel=259, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint259(void){
}


/* MSPI1 Channel selectable Transmit status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint260(enable=false, channel=260, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint260(void){
}


/* MSPI1 Channel selectable Receive status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint261(enable=false, channel=261, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint261(void){
}


/* MSPI1 Channel selectable Frame count end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint262(enable=false, channel=262, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint262(void){
}


/* MSPI1 Channel selectable Error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint263(enable=false, channel=263, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint263(void){
}


/* MSPI2 Channel selectable Transmit status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint264(enable=false, channel=264, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint264(void){
}


/* MSPI2 Channel selectable Receive status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint265(enable=false, channel=265, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint265(void){
}


/* MSPI2 Channel selectable Frame count end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint266(enable=false, channel=266, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint266(void){
}


/* MSPI2 Channel selectable Error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint267(enable=false, channel=267, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint267(void){
}


/* MSPI3 Channel selectable Transmit status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint268(enable=false, channel=268, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint268(void){
}


/* MSPI3 Channel selectable Receive status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint269(enable=false, channel=269, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint269(void){
}


/* MSPI3 Channel selectable Frame count end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint270(enable=false, channel=270, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint270(void){
}


/* MSPI3 Channel selectable Error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint271(enable=false, channel=271, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint271(void){
}


/* MSPI4 Channel selectable Transmit status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint272(enable=false, channel=272, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint272(void){
}


/* MSPI4 Channel selectable Receive status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint273(enable=false, channel=273, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint273(void){
}


/* MSPI4 Channel selectable Frame count end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint274(enable=false, channel=274, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint274(void){
}


/* MSPI4 Channel selectable Error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint275(enable=false, channel=275, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint275(void){
}


/* MSPI5 Channel selectable Transmit status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint276(enable=false, channel=276, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint276(void){
}


/* MSPI5 Channel selectable Receive status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint277(enable=false, channel=277, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint277(void){
}


/* MSPI5 Channel selectable Frame count end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint278(enable=false, channel=278, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint278(void){
}


/* MSPI5 Channel selectable Error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint279(enable=false, channel=279, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint279(void){
}


/* MSPI6 Channel selectable Transmit status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint280(enable=false, channel=280, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint280(void){
}


/* MSPI6 Channel selectable Receive status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint281(enable=false, channel=281, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint281(void){
}


/* MSPI6 Channel selectable Frame count end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint282(enable=false, channel=282, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint282(void){
}


/* MSPI6 Channel selectable Error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint283(enable=false, channel=283, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint283(void){
}


/* MSPI7 Channel selectable Transmit status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint284(enable=false, channel=284, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint284(void){
}


/* MSPI7 Channel selectable Receive status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint285(enable=false, channel=285, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint285(void){
}


/* MSPI7 Channel selectable Frame count end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint286(enable=false, channel=286, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint286(void){
}


/* MSPI7 Channel selectable Error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint287(enable=false, channel=287, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint287(void){
}


/* MSPI8 Channel selectable Transmit status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint288(enable=false, channel=288, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint288(void){
}


/* MSPI8 Channel selectable Receive status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint289(enable=false, channel=289, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint289(void){
}


/* MSPI8 Channel selectable Frame count end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint290(enable=false, channel=290, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint290(void){
}


/* MSPI8 Channel selectable Error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint291(enable=false, channel=291, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint291(void){
}


/* MSPI9 Channel selectable Transmit status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint292(enable=false, channel=292, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint292(void){
}


/* MSPI9 Channel selectable Receive status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint293(enable=false, channel=293, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint293(void){
}


/* MSPI9 Channel selectable Frame count end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint294(enable=false, channel=294, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint294(void){
}


/* MSPI9 Channel selectable Error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint295(enable=false, channel=295, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint295(void){
}


/* RSCFD0 global error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint296(enable=false, channel=296, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint296(void){
}


/* RSCFD0 receive FIFO interrupt */
#ifdef __CCRH__
#pragma interrupt eiint297(enable=false, channel=297, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint297(void){
}


/* CAN0 error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint298(enable=false, channel=298, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint298(void){
}


/* CAN0 transmit/receive FIFO receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint299(enable=false, channel=299, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint299(void){
}


/* CAN0 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint300(enable=false, channel=300, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint300(void){
}


/* CAN1 error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint301(enable=false, channel=301, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint301(void){
}


/* CAN1 transmit/receive FIFO receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint302(enable=false, channel=302, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint302(void){
}


/* CAN1 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint303(enable=false, channel=303, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint303(void){
}


/* CAN2 error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint304(enable=false, channel=304, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint304(void){
}


/* CAN2 transmit/receive FIFO receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint305(enable=false, channel=305, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint305(void){
}


/* CAN2 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint306(enable=false, channel=306, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint306(void){
}


/* CAN3 error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint307(enable=false, channel=307, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint307(void){
}


/* CAN3 transmit/receive FIFO receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint308(enable=false, channel=308, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint308(void){
}


/* CAN3 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint309(enable=false, channel=309, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint309(void){
}


/* CAN4 error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint310(enable=false, channel=310, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint310(void){
}


/* CAN4 transmit/receive FIFO receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint311(enable=false, channel=311, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint311(void){
}


/* CAN4 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint312(enable=false, channel=312, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint312(void){
}


/* CAN5 error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint313(enable=false, channel=313, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint313(void){
}


/* CAN5 transmit/receive FIFO receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint314(enable=false, channel=314, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint314(void){
}


/* CAN5 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint315(enable=false, channel=315, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint315(void){
}


/* CAN6 error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint316(enable=false, channel=316, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint316(void){
}


/* CAN6 transmit/receive FIFO receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint317(enable=false, channel=317, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint317(void){
}


/* CAN6 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint318(enable=false, channel=318, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint318(void){
}


/* CAN7 error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint319(enable=false, channel=319, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint319(void){
}


/* CAN7 transmit/receive FIFO receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint320(enable=false, channel=320, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint320(void){
}


/* CAN7 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint321(enable=false, channel=321, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint321(void){
}


/* RSCFD1 global error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint322(enable=false, channel=322, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint322(void){
}


/* RSCFD1 receive FIFO interrupt */
#ifdef __CCRH__
#pragma interrupt eiint323(enable=false, channel=323, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint323(void){
}


/* CAN8 error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint324(enable=false, channel=324, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint324(void){
}


/* CAN8 transmit/receive FIFO receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint325(enable=false, channel=325, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint325(void){
}


/* CAN8 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint326(enable=false, channel=326, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint326(void){
}


/* CAN9 error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint327(enable=false, channel=327, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint327(void){
}


/* CAN9 transmit/receive FIFO receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint328(enable=false, channel=328, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint328(void){
}


/* CAN9 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint329(enable=false, channel=329, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint329(void){
}


/* CAN10 error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint330(enable=false, channel=330, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint330(void){
}


/* CAN10 transmit/receive FIFO receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint331(enable=false, channel=331, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint331(void){
}


/* CAN10 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint332(enable=false, channel=332, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint332(void){
}


/* CAN11 error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint333(enable=false, channel=333, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint333(void){
}


/* CAN11 transmit/receive FIFO receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint334(enable=false, channel=334, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint334(void){
}


/* CAN11 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint335(enable=false, channel=335, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint335(void){
}


/* CAN12 error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint336(enable=false, channel=336, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint336(void){
}


/* CAN12 transmit/receive FIFO receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint337(enable=false, channel=337, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint337(void){
}


/* CAN12 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint338(enable=false, channel=338, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint338(void){
}


/* CAN13 error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint339(enable=false, channel=339, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint339(void){
}


/* CAN13 transmit/receive FIFO receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint340(enable=false, channel=340, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint340(void){
}


/* CAN13 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint341(enable=false, channel=341, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint341(void){
}


/* CAN14 error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint342(enable=false, channel=342, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint342(void){
}


/* CAN14 transmit/receive FIFO receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint343(enable=false, channel=343, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint343(void){
}


/* CAN14 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint344(enable=false, channel=344, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint344(void){
}


/* CAN15 error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint345(enable=false, channel=345, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint345(void){
}


/* CAN15 transmit/receive FIFO receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint346(enable=false, channel=346, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint346(void){
}


/* CAN15 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint347(enable=false, channel=347, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint347(void){
}


/* SCI30 Receive error */
#ifdef __CCRH__
#pragma interrupt eiint348(enable=false, channel=348, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint348(void){
}


/* SCI30 Receive data full */
#ifdef __CCRH__
#pragma interrupt eiint349(enable=false, channel=349, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint349(void){
}


/* SCI30 Transmit data empty */
#ifdef __CCRH__
#pragma interrupt eiint350(enable=false, channel=350, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint350(void){
}


/* SCI30 End of transmission */
#ifdef __CCRH__
#pragma interrupt eiint351(enable=false, channel=351, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint351(void){
}


/* SCI31 Receive error */
#ifdef __CCRH__
#pragma interrupt eiint352(enable=false, channel=352, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint352(void){
}


/* SCI31 Receive data full */
#ifdef __CCRH__
#pragma interrupt eiint353(enable=false, channel=353, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint353(void){
}


/* SCI31 Transmit data empty */
#ifdef __CCRH__
#pragma interrupt eiint354(enable=false, channel=354, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint354(void){
}


/* SCI31 End of transmission */
#ifdef __CCRH__
#pragma interrupt eiint355(enable=false, channel=355, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint355(void){
}


/* SCI32 Receive error */
#ifdef __CCRH__
#pragma interrupt eiint356(enable=false, channel=356, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint356(void){
}


/* SCI32 Receive data full */
#ifdef __CCRH__
#pragma interrupt eiint357(enable=false, channel=357, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint357(void){
}


/* SCI32 Transmit data empty */
#ifdef __CCRH__
#pragma interrupt eiint358(enable=false, channel=358, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint358(void){
}


/* SCI32 End of transmission */
#ifdef __CCRH__
#pragma interrupt eiint359(enable=false, channel=359, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint359(void){
}


/* TAUJ0 Channel 0 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint360(enable=false, channel=360, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint360(void){
}


/* TAUJ0 Channel 1 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint361(enable=false, channel=361, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint361(void){
}


/* TAUJ0 Channel 2 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint362(enable=false, channel=362, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint362(void){
}


/* TAUJ0 Channel 3 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint363(enable=false, channel=363, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint363(void){
}


/* TAUJ1 Channel 0 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint364(enable=false, channel=364, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint364(void){
}


/* TAUJ1 Channel 1 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint365(enable=false, channel=365, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint365(void){
}


/* TAUJ1 Channel 2 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint366(enable=false, channel=366, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint366(void){
}


/* TAUJ1 Channel 3 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint367(enable=false, channel=367, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint367(void){
}


/* TAUJ2 Channel 0 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint368(enable=false, channel=368, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint368(void){
}


/* TAUJ2 Channel 1 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint369(enable=false, channel=369, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint369(void){
}


/* TAUJ2 Channel 2 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint370(enable=false, channel=370, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint370(void){
}


/* TAUJ2 Channel 3 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint371(enable=false, channel=371, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint371(void){
}


/* TAUJ3 Channel 0 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint372(enable=false, channel=372, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint372(void){
}


/* TAUJ3 Channel 1 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint373(enable=false, channel=373, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint373(void){
}


/* TAUJ3 Channel 2 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint374(enable=false, channel=374, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint374(void){
}


/* TAUJ3 Channel 3 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint375(enable=false, channel=375, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint375(void){
}


/* TAUD0 Channel 1 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint376(enable=false, channel=376, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint376(void){
}


/* TAUD0 Channel 3 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint377(enable=false, channel=377, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint377(void){
}


/* TAUD0 Channel 5 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint378(enable=false, channel=378, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint378(void){
}


/* TAUD0 Channel 7 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint379(enable=false, channel=379, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint379(void){
}


/* TAUD0 Channel 9 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint380(enable=false, channel=380, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint380(void){
}


/* TAUD0 Channel 11 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint381(enable=false, channel=381, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint381(void){
}


/* TAUD0 Channel 13 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint382(enable=false, channel=382, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint382(void){
}


/* TAUD0 Channel 15 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint383(enable=false, channel=383, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint383(void){
}


/* TAUD1 Channel 0 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint384(enable=false, channel=384, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint384(void){
}


/* TAUD1 Channel 1 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint385(enable=false, channel=385, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint385(void){
}


/* TAUD1 Channel 2 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint386(enable=false, channel=386, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint386(void){
}


/* TAUD1 Channel 3 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint387(enable=false, channel=387, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint387(void){
}


/* TAUD1 Channel 4 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint388(enable=false, channel=388, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint388(void){
}


/* TAUD1 Channel 5 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint389(enable=false, channel=389, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint389(void){
}


/* TAUD1 Channel 6 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint390(enable=false, channel=390, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint390(void){
}


/* TAUD1 Channel 7 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint391(enable=false, channel=391, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint391(void){
}


/* TAUD1 Channel 8 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint392(enable=false, channel=392, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint392(void){
}


/* TAUD1 Channel 9 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint393(enable=false, channel=393, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint393(void){
}


/* TAUD1 Channel 10 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint394(enable=false, channel=394, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint394(void){
}


/* TAUD1 Channel 11 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint395(enable=false, channel=395, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint395(void){
}


/* TAUD1 Channel 12 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint396(enable=false, channel=396, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint396(void){
}


/* TAUD1 Channel 13 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint397(enable=false, channel=397, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint397(void){
}


/* TAUD1 Channel 14 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint398(enable=false, channel=398, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint398(void){
}


/* TAUD1 Channel 15 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint399(enable=false, channel=399, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint399(void){
}


/* TAUD2 Channel 0 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint400(enable=false, channel=400, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint400(void){
}


/* TAUD2 Channel 1 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint401(enable=false, channel=401, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint401(void){
}


/* TAUD2 Channel 2 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint402(enable=false, channel=402, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint402(void){
}


/* TAUD2 Channel 3 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint403(enable=false, channel=403, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint403(void){
}


/* TAUD2 Channel 4 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint404(enable=false, channel=404, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint404(void){
}


/* TAUD2 Channel 5 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint405(enable=false, channel=405, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint405(void){
}


/* TAUD2 Channel 6 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint406(enable=false, channel=406, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint406(void){
}


/* TAUD2 Channel 7 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint407(enable=false, channel=407, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint407(void){
}


/* TAUD2 Channel 8 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint408(enable=false, channel=408, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint408(void){
}


/* TAUD2 Channel 9 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint409(enable=false, channel=409, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint409(void){
}


/* TAUD2 Channel 10 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint410(enable=false, channel=410, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint410(void){
}


/* TAUD2 Channel 11 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint411(enable=false, channel=411, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint411(void){
}


/* TAUD2 Channel 12 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint412(enable=false, channel=412, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint412(void){
}


/* TAUD2 Channel 13 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint413(enable=false, channel=413, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint413(void){
}


/* TAUD2 Channel 14 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint414(enable=false, channel=414, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint414(void){
}


/* TAUD2 Channel 15 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint415(enable=false, channel=415, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint415(void){
}


/* RLIN30 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint416(enable=false, channel=416, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint416(void){
}


/* RLIN30 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint417(enable=false, channel=417, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint417(void){
}


/* RLIN30 receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint418(enable=false, channel=418, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint418(void){
}


/* RLIN30 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint419(enable=false, channel=419, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint419(void){
}


/* RLIN31 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint420(enable=false, channel=420, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint420(void){
}


/* RLIN31 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint421(enable=false, channel=421, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint421(void){
}


/* RLIN31 receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint422(enable=false, channel=422, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint422(void){
}


/* RLIN31 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint423(enable=false, channel=423, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint423(void){
}


/* RLIN32 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint424(enable=false, channel=424, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint424(void){
}


/* RLIN32 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint425(enable=false, channel=425, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint425(void){
}


/* RLIN32 receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint426(enable=false, channel=426, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint426(void){
}


/* RLIN32 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint427(enable=false, channel=427, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint427(void){
}


/* RLIN33 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint428(enable=false, channel=428, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint428(void){
}


/* RLIN33 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint429(enable=false, channel=429, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint429(void){
}


/* RLIN33 receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint430(enable=false, channel=430, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint430(void){
}


/* RLIN33 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint431(enable=false, channel=431, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint431(void){
}


/* RLIN34 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint432(enable=false, channel=432, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint432(void){
}


/* RLIN34 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint433(enable=false, channel=433, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint433(void){
}


/* RLIN34 receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint434(enable=false, channel=434, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint434(void){
}


/* RLIN34 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint435(enable=false, channel=435, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint435(void){
}


/* RLIN35 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint436(enable=false, channel=436, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint436(void){
}


/* RLIN35 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint437(enable=false, channel=437, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint437(void){
}


/* RLIN35 receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint438(enable=false, channel=438, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint438(void){
}


/* RLIN35 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint439(enable=false, channel=439, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint439(void){
}


/* RLIN36 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint440(enable=false, channel=440, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint440(void){
}


/* RLIN36 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint441(enable=false, channel=441, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint441(void){
}


/* RLIN36 receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint442(enable=false, channel=442, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint442(void){
}


/* RLIN36 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint443(enable=false, channel=443, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint443(void){
}


/* RLIN37 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint444(enable=false, channel=444, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint444(void){
}


/* RLIN37 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint445(enable=false, channel=445, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint445(void){
}


/* RLIN37 receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint446(enable=false, channel=446, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint446(void){
}


/* RLIN37 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint447(enable=false, channel=447, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint447(void){
}


/* RLIN38 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint448(enable=false, channel=448, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint448(void){
}


/* RLIN38 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint449(enable=false, channel=449, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint449(void){
}


/* RLIN38 receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint450(enable=false, channel=450, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint450(void){
}


/* RLIN38 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint451(enable=false, channel=451, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint451(void){
}


/* RLIN39 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint452(enable=false, channel=452, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint452(void){
}


/* RLIN39 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint453(enable=false, channel=453, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint453(void){
}


/* RLIN39 receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint454(enable=false, channel=454, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint454(void){
}


/* RLIN39 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint455(enable=false, channel=455, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint455(void){
}


/* RLIN310 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint456(enable=false, channel=456, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint456(void){
}


/* RLIN310 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint457(enable=false, channel=457, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint457(void){
}


/* RLIN310 receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint458(enable=false, channel=458, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint458(void){
}


/* RLIN310 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint459(enable=false, channel=459, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint459(void){
}


/* RLIN311 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint460(enable=false, channel=460, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint460(void){
}


/* RLIN311 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint461(enable=false, channel=461, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint461(void){
}


/* RLIN311 receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint462(enable=false, channel=462, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint462(void){
}


/* RLIN311 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint463(enable=false, channel=463, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint463(void){
}


/* RLIN312 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint464(enable=false, channel=464, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint464(void){
}


/* RLIN312 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint465(enable=false, channel=465, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint465(void){
}


/* RLIN312 receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint466(enable=false, channel=466, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint466(void){
}


/* RLIN312 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint467(enable=false, channel=467, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint467(void){
}


/* RLIN313 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint468(enable=false, channel=468, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint468(void){
}


/* RLIN313 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint469(enable=false, channel=469, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint469(void){
}


/* RLIN313 receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint470(enable=false, channel=470, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint470(void){
}


/* RLIN313 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint471(enable=false, channel=471, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint471(void){
}


/* RLIN314 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint472(enable=false, channel=472, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint472(void){
}


/* RLIN314 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint473(enable=false, channel=473, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint473(void){
}


/* RLIN314 receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint474(enable=false, channel=474, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint474(void){
}


/* RLIN314 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint475(enable=false, channel=475, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint475(void){
}


/* RLIN315 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint476(enable=false, channel=476, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint476(void){
}


/* RLIN315 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint477(enable=false, channel=477, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint477(void){
}


/* RLIN315 receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint478(enable=false, channel=478, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint478(void){
}


/* RLIN315 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint479(enable=false, channel=479, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint479(void){
}


/* RLIN316 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint480(enable=false, channel=480, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint480(void){
}


/* RLIN316 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint481(enable=false, channel=481, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint481(void){
}


/* RLIN316 receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint482(enable=false, channel=482, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint482(void){
}


/* RLIN316 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint483(enable=false, channel=483, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint483(void){
}


/* RLIN317 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint484(enable=false, channel=484, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint484(void){
}


/* RLIN317 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint485(enable=false, channel=485, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint485(void){
}


/* RLIN317 receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint486(enable=false, channel=486, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint486(void){
}


/* RLIN317 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint487(enable=false, channel=487, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint487(void){
}


/* RLIN318 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint488(enable=false, channel=488, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint488(void){
}


/* RLIN318 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint489(enable=false, channel=489, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint489(void){
}


/* RLIN318 receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint490(enable=false, channel=490, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint490(void){
}


/* RLIN318 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint491(enable=false, channel=491, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint491(void){
}


/* RLIN319 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint492(enable=false, channel=492, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint492(void){
}


/* RLIN319 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint493(enable=false, channel=493, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint493(void){
}


/* RLIN319 receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint494(enable=false, channel=494, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint494(void){
}


/* RLIN319 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint495(enable=false, channel=495, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint495(void){
}


/* RLIN320 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint496(enable=false, channel=496, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint496(void){
}


/* RLIN320 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint497(enable=false, channel=497, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint497(void){
}


/* RLIN320 receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint498(enable=false, channel=498, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint498(void){
}


/* RLIN320 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint499(enable=false, channel=499, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint499(void){
}


/* RLIN321 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint500(enable=false, channel=500, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint500(void){
}


/* RLIN321 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint501(enable=false, channel=501, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint501(void){
}


/* RLIN321 receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint502(enable=false, channel=502, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint502(void){
}


/* RLIN321 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint503(enable=false, channel=503, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint503(void){
}


/* RLIN320 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint504(enable=false, channel=504, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint504(void){
}


/* RLIN320 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint505(enable=false, channel=505, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint505(void){
}


/* RLIN320 receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint506(enable=false, channel=506, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint506(void){
}


/* RLIN320 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint507(enable=false, channel=507, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint507(void){
}


/* RLIN323 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint508(enable=false, channel=508, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint508(void){
}


/* RLIN323 transmit interrupt */
#ifdef __CCRH__
#pragma interrupt eiint509(enable=false, channel=509, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint509(void){
}


/* RLIN323 receive completion interrupt */
#ifdef __CCRH__
#pragma interrupt eiint510(enable=false, channel=510, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint510(void){
}


/* RLIN323 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint511(enable=false, channel=511, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint511(void){
}


/* RSENT0 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint512(enable=false, channel=512, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint512(void){
}


/* RSENT0 receive interrupt */
#ifdef __CCRH__
#pragma interrupt eiint513(enable=false, channel=513, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint513(void){
}


/* RSENT1 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint514(enable=false, channel=514, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint514(void){
}


/* RSENT1 receive interrupt */
#ifdef __CCRH__
#pragma interrupt eiint515(enable=false, channel=515, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint515(void){
}


/* RSENT2 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint516(enable=false, channel=516, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint516(void){
}


/* RSENT2 receive interrupt */
#ifdef __CCRH__
#pragma interrupt eiint517(enable=false, channel=517, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint517(void){
}


/* RSENT3 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint518(enable=false, channel=518, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint518(void){
}


/* RSENT3 receive interrupt */
#ifdef __CCRH__
#pragma interrupt eiint519(enable=false, channel=519, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint519(void){
}


/* RSENT4 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint520(enable=false, channel=520, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint520(void){
}


/* RSENT4 receive interrupt */
#ifdef __CCRH__
#pragma interrupt eiint521(enable=false, channel=521, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint521(void){
}


/* RSENT5 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint522(enable=false, channel=522, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint522(void){
}


/* RSENT5 receive interrupt */
#ifdef __CCRH__
#pragma interrupt eiint523(enable=false, channel=523, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint523(void){
}


/* RSENT6 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint524(enable=false, channel=524, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint524(void){
}


/* RSENT6 receive interrupt */
#ifdef __CCRH__
#pragma interrupt eiint525(enable=false, channel=525, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint525(void){
}


/* RSENT7 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint526(enable=false, channel=526, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint526(void){
}


/* RSENT7 receive interrupt */
#ifdef __CCRH__
#pragma interrupt eiint527(enable=false, channel=527, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint527(void){
}


/* TPBA0 Period match detection interrupt */
#ifdef __CCRH__
#pragma interrupt eiint528(enable=false, channel=528, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint528(void){
}


/* TPBA0 Duty match detection interrupt */
#ifdef __CCRH__
#pragma interrupt eiint529(enable=false, channel=529, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint529(void){
}


/* TPBA0 Pattern number matching detection interrupt */
#ifdef __CCRH__
#pragma interrupt eiint530(enable=false, channel=530, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint530(void){
}


/* TPBA1 Period match detection interrupt */
#ifdef __CCRH__
#pragma interrupt eiint531(enable=false, channel=531, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint531(void){
}


/* TPBA1 Duty match detection interrupt */
#ifdef __CCRH__
#pragma interrupt eiint532(enable=false, channel=532, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint532(void){
}


/* TPBA1 Pattern number matching detection interrupt */
#ifdef __CCRH__
#pragma interrupt eiint533(enable=false, channel=533, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint533(void){
}


/* ENCA0 overflow interrupt */
#ifdef __CCRH__
#pragma interrupt eiint534(enable=false, channel=534, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint534(void){
}


/* ENCA0 underflow interrupt */
#ifdef __CCRH__
#pragma interrupt eiint535(enable=false, channel=535, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint535(void){
}


/* ENCA0 capture/compare match interrupt 0 */
#ifdef __CCRH__
#pragma interrupt eiint536(enable=false, channel=536, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint536(void){
}


/* ENCA0 capture/compare match interrupt 1 */
#ifdef __CCRH__
#pragma interrupt eiint537(enable=false, channel=537, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint537(void){
}


/* ENCA0 encoder clear interrupt */
#ifdef __CCRH__
#pragma interrupt eiint538(enable=false, channel=538, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint538(void){
}


/* ENCA1 overflow interrupt */
#ifdef __CCRH__
#pragma interrupt eiint539(enable=false, channel=539, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint539(void){
}


/* ENCA1 underflow interrupt */
#ifdef __CCRH__
#pragma interrupt eiint540(enable=false, channel=540, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint540(void){
}


/* ENCA1 capture/compare match interrupt 0 */
#ifdef __CCRH__
#pragma interrupt eiint541(enable=false, channel=541, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint541(void){
}


/* ENCA1 capture/compare match interrupt 1 */
#ifdef __CCRH__
#pragma interrupt eiint542(enable=false, channel=542, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint542(void){
}


/* ENCA1 encoder clear interrupt */
#ifdef __CCRH__
#pragma interrupt eiint543(enable=false, channel=543, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint543(void){
}


/* External interrupt 0 */
#ifdef __CCRH__
#pragma interrupt eiint544(enable=false, channel=544, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint544(void){
}


/* External interrupt 1 */
#ifdef __CCRH__
#pragma interrupt eiint545(enable=false, channel=545, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint545(void){
}


/* External interrupt 2 */
#ifdef __CCRH__
#pragma interrupt eiint546(enable=false, channel=546, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint546(void){
}


/* External interrupt 3 */
#ifdef __CCRH__
#pragma interrupt eiint547(enable=false, channel=547, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint547(void){
}


/* External interrupt 4 */
#ifdef __CCRH__
#pragma interrupt eiint548(enable=false, channel=548, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint548(void){
}


/* External interrupt 5 */
#ifdef __CCRH__
#pragma interrupt eiint549(enable=false, channel=549, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint549(void){
}


/* External interrupt 6 */
#ifdef __CCRH__
#pragma interrupt eiint550(enable=false, channel=550, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint550(void){
}


/* External interrupt 7 */
#ifdef __CCRH__
#pragma interrupt eiint551(enable=false, channel=551, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint551(void){
}


/* External interrupt 8 */
#ifdef __CCRH__
#pragma interrupt eiint552(enable=false, channel=552, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint552(void){
}


/* External interrupt 9 */
#ifdef __CCRH__
#pragma interrupt eiint553(enable=false, channel=553, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint553(void){
}


/* External interrupt 10 */
#ifdef __CCRH__
#pragma interrupt eiint554(enable=false, channel=554, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint554(void){
}


/* External interrupt 11 */
#ifdef __CCRH__
#pragma interrupt eiint555(enable=false, channel=555, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint555(void){
}


/* External interrupt 12 */
#ifdef __CCRH__
#pragma interrupt eiint556(enable=false, channel=556, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint556(void){
}


/* External interrupt 13 */
#ifdef __CCRH__
#pragma interrupt eiint557(enable=false, channel=557, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint557(void){
}


/* External interrupt 14 */
#ifdef __CCRH__
#pragma interrupt eiint558(enable=false, channel=558, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint558(void){
}


/* External interrupt 15 */
#ifdef __CCRH__
#pragma interrupt eiint559(enable=false, channel=559, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint559(void){
}


/* External interrupt 16 */
#ifdef __CCRH__
#pragma interrupt eiint560(enable=false, channel=560, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint560(void){
}


/* External interrupt 17 */
#ifdef __CCRH__
#pragma interrupt eiint561(enable=false, channel=561, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint561(void){
}


/* External interrupt 18 */
#ifdef __CCRH__
#pragma interrupt eiint562(enable=false, channel=562, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint562(void){
}


/* External interrupt 19 */
#ifdef __CCRH__
#pragma interrupt eiint563(enable=false, channel=563, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint563(void){
}


/* External interrupt 20 */
#ifdef __CCRH__
#pragma interrupt eiint564(enable=false, channel=564, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint564(void){
}


/* External interrupt 21 */
#ifdef __CCRH__
#pragma interrupt eiint565(enable=false, channel=565, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint565(void){
}


/* External interrupt 22 */
#ifdef __CCRH__
#pragma interrupt eiint566(enable=false, channel=566, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint566(void){
}


/* External interrupt 23 */
#ifdef __CCRH__
#pragma interrupt eiint567(enable=false, channel=567, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint567(void){
}


/* External interrupt 24 */
#ifdef __CCRH__
#pragma interrupt eiint568(enable=false, channel=568, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint568(void){
}


/* External interrupt 25 */
#ifdef __CCRH__
#pragma interrupt eiint569(enable=false, channel=569, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint569(void){
}


/* External interrupt 26 */
#ifdef __CCRH__
#pragma interrupt eiint570(enable=false, channel=570, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint570(void){
}


/* External interrupt 27 */
#ifdef __CCRH__
#pragma interrupt eiint571(enable=false, channel=571, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint571(void){
}


/* External interrupt 28 */
#ifdef __CCRH__
#pragma interrupt eiint572(enable=false, channel=572, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint572(void){
}


/* External interrupt 29 */
#ifdef __CCRH__
#pragma interrupt eiint573(enable=false, channel=573, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint573(void){
}


/* External interrupt 30 */
#ifdef __CCRH__
#pragma interrupt eiint574(enable=false, channel=574, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint574(void){
}


/* External interrupt 31 */
#ifdef __CCRH__
#pragma interrupt eiint575(enable=false, channel=575, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint575(void){
}


/* External interrupt 32 */
#ifdef __CCRH__
#pragma interrupt eiint576(enable=false, channel=576, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint576(void){
}


/* External interrupt 33 */
#ifdef __CCRH__
#pragma interrupt eiint577(enable=false, channel=577, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint577(void){
}


/* External interrupt 34 */
#ifdef __CCRH__
#pragma interrupt eiint578(enable=false, channel=578, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint578(void){
}


/* External interrupt 35 */
#ifdef __CCRH__
#pragma interrupt eiint579(enable=false, channel=579, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint579(void){
}


/* External interrupt 36 */
#ifdef __CCRH__
#pragma interrupt eiint580(enable=false, channel=580, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint580(void){
}


/* External interrupt 37 */
#ifdef __CCRH__
#pragma interrupt eiint581(enable=false, channel=581, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint581(void){
}


/* External interrupt 38 */
#ifdef __CCRH__
#pragma interrupt eiint582(enable=false, channel=582, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint582(void){
}


/* External interrupt 39 */
#ifdef __CCRH__
#pragma interrupt eiint583(enable=false, channel=583, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint583(void){
}


/* PSI5S0 Communication interrupt for CH0 */
#ifdef __CCRH__
#pragma interrupt eiint584(enable=false, channel=584, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint584(void){
}


/* PSI5S0 Communication interrupt for CH1 */
#ifdef __CCRH__
#pragma interrupt eiint585(enable=false, channel=585, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint585(void){
}


/* PSI5S0 Communication interrupt for CH2 */
#ifdef __CCRH__
#pragma interrupt eiint586(enable=false, channel=586, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint586(void){
}


/* PSI5S0 Communication interrupt for CH3 */
#ifdef __CCRH__
#pragma interrupt eiint587(enable=false, channel=587, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint587(void){
}


/* PSI5S0 Communication interrupt for CH4 */
#ifdef __CCRH__
#pragma interrupt eiint588(enable=false, channel=588, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint588(void){
}


/* PSI5S0 Communication interrupt for CH5 */
#ifdef __CCRH__
#pragma interrupt eiint589(enable=false, channel=589, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint589(void){
}


/* PSI5S0 Communication interrupt for CH6 */
#ifdef __CCRH__
#pragma interrupt eiint590(enable=false, channel=590, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint590(void){
}


/* PSI5S0 Communication interrupt for CH7 */
#ifdef __CCRH__
#pragma interrupt eiint591(enable=false, channel=591, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint591(void){
}


/* PSI5S1 Communication interrupt for CH0 */
#ifdef __CCRH__
#pragma interrupt eiint592(enable=false, channel=592, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint592(void){
}


/* PSI5S1 Communication interrupt for CH1 */
#ifdef __CCRH__
#pragma interrupt eiint593(enable=false, channel=593, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint593(void){
}


/* PSI5S1 Communication interrupt for CH2 */
#ifdef __CCRH__
#pragma interrupt eiint594(enable=false, channel=594, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint594(void){
}


/* PSI5S1 Communication interrupt for CH3 */
#ifdef __CCRH__
#pragma interrupt eiint595(enable=false, channel=595, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint595(void){
}


/* PSI5S1 Communication interrupt for CH4 */
#ifdef __CCRH__
#pragma interrupt eiint596(enable=false, channel=596, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint596(void){
}


/* PSI5S1 Communication interrupt for CH5 */
#ifdef __CCRH__
#pragma interrupt eiint597(enable=false, channel=597, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint597(void){
}


/* PSI5S1 Communication interrupt for CH6 */
#ifdef __CCRH__
#pragma interrupt eiint598(enable=false, channel=598, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint598(void){
}


/* PSI5S1 Communication interrupt for CH7 */
#ifdef __CCRH__
#pragma interrupt eiint599(enable=false, channel=599, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint599(void){
}


/* PSI50 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint600(enable=false, channel=600, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint600(void){
}


/* PSI50 receive interrupt */
#ifdef __CCRH__
#pragma interrupt eiint601(enable=false, channel=601, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint601(void){
}


/* PSI50 transfer interrupt */
#ifdef __CCRH__
#pragma interrupt eiint602(enable=false, channel=602, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint602(void){
}


/* PSI51 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint603(enable=false, channel=603, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint603(void){
}


/* PSI51 receive interrupt */
#ifdef __CCRH__
#pragma interrupt eiint604(enable=false, channel=604, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint604(void){
}


/* PSI51 transfer interrupt */
#ifdef __CCRH__
#pragma interrupt eiint605(enable=false, channel=605, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint605(void){
}


/* PSI52 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint606(enable=false, channel=606, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint606(void){
}


/* PSI52 receive interrupt */
#ifdef __CCRH__
#pragma interrupt eiint607(enable=false, channel=607, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint607(void){
}


/* PSI52 transfer interrupt */
#ifdef __CCRH__
#pragma interrupt eiint608(enable=false, channel=608, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint608(void){
}


/* PSI53 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint609(enable=false, channel=609, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint609(void){
}


/* PSI53 receive interrupt */
#ifdef __CCRH__
#pragma interrupt eiint610(enable=false, channel=610, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint610(void){
}


/* PSI53 transfer interrupt */
#ifdef __CCRH__
#pragma interrupt eiint611(enable=false, channel=611, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint611(void){
}


/* RHSIF0 Transmit complete interrupt */
#ifdef __CCRH__
#pragma interrupt eiint612(enable=false, channel=612, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint612(void){
}


/* RHSIF0 Transmit exception interrupt */
#ifdef __CCRH__
#pragma interrupt eiint613(enable=false, channel=613, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint613(void){
}


/* RHSIF0 Receive complete interrupt */
#ifdef __CCRH__
#pragma interrupt eiint614(enable=false, channel=614, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint614(void){
}


/* RHSIF0 Receive exception interrupt */
#ifdef __CCRH__
#pragma interrupt eiint615(enable=false, channel=615, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint615(void){
}


/* RHSIF0 ICLC receive interrupt */
#ifdef __CCRH__
#pragma interrupt eiint616(enable=false, channel=616, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint616(void){
}


/* RHSIF0 Channel 0 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint617(enable=false, channel=617, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint617(void){
}


/* RHSIF0 Channel 1 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint618(enable=false, channel=618, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint618(void){
}


/* RHSIF0 Channel 2 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint619(enable=false, channel=619, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint619(void){
}


/* RHSIF0 Channel 3 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint620(enable=false, channel=620, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint620(void){
}


/* RHSIF0 Stream interrupt */
#ifdef __CCRH__
#pragma interrupt eiint621(enable=false, channel=621, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint621(void){
}


/* RHSIF0 Error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint622(enable=false, channel=622, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint622(void){
}


/* FLXA0 Channel A universal interrupt */
#ifdef __CCRH__
#pragma interrupt eiint623(enable=false, channel=623, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint623(void){
}


/* FLXA0 Channel B universal interrupt */
#ifdef __CCRH__
#pragma interrupt eiint624(enable=false, channel=624, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint624(void){
}


/* FLXA0 Timer 0 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint625(enable=false, channel=625, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint625(void){
}


/* FLXA0 Timer 1 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint626(enable=false, channel=626, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint626(void){
}


/* FLXA0 Timer 2 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint627(enable=false, channel=627, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint627(void){
}


/* FLXA0 FIFO data available (FIFO is not empty) interrupt */
#ifdef __CCRH__
#pragma interrupt eiint628(enable=false, channel=628, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint628(void){
}


/* FLXA0 FIFO transfer warning interrupt */
#ifdef __CCRH__
#pragma interrupt eiint629(enable=false, channel=629, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint629(void){
}


/* FLXA0 Output transfer warning interrupt */
#ifdef __CCRH__
#pragma interrupt eiint630(enable=false, channel=630, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint630(void){
}


/* FLXA0 Output transfer done interrupt */
#ifdef __CCRH__
#pragma interrupt eiint631(enable=false, channel=631, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint631(void){
}


/* FLXA0 Input queue full interrupt */
#ifdef __CCRH__
#pragma interrupt eiint632(enable=false, channel=632, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint632(void){
}


/* FLXA0 Input queue empty interrupt */
#ifdef __CCRH__
#pragma interrupt eiint633(enable=false, channel=633, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint633(void){
}


/* FLXA1 Channel A universal interrupt */
#ifdef __CCRH__
#pragma interrupt eiint634(enable=false, channel=634, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint634(void){
}


/* FLXA1 Channel B universal interrupt */
#ifdef __CCRH__
#pragma interrupt eiint635(enable=false, channel=635, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint635(void){
}


/* FLXA1 Timer 0 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint636(enable=false, channel=636, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint636(void){
}


/* FLXA1 Timer 1 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint637(enable=false, channel=637, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint637(void){
}


/* FLXA1 Timer 2 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint638(enable=false, channel=638, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint638(void){
}


/* FLXA1 FIFO data available (FIFO is not empty) interrupt */
#ifdef __CCRH__
#pragma interrupt eiint639(enable=false, channel=639, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint639(void){
}


/* FLXA1 FIFO transfer warning interrupt */
#ifdef __CCRH__
#pragma interrupt eiint640(enable=false, channel=640, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint640(void){
}


/* FLXA1 Output transfer warning interrupt */
#ifdef __CCRH__
#pragma interrupt eiint641(enable=false, channel=641, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint641(void){
}


/* FLXA1 Output transfer done interrupt */
#ifdef __CCRH__
#pragma interrupt eiint642(enable=false, channel=642, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint642(void){
}


/* FLXA1 Input queue full interrupt */
#ifdef __CCRH__
#pragma interrupt eiint643(enable=false, channel=643, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint643(void){
}


/* FLXA1 Input queue empty interrupt */
#ifdef __CCRH__
#pragma interrupt eiint644(enable=false, channel=644, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint644(void){
}


/* ETNB0 Data related interrupt */
#ifdef __CCRH__
#pragma interrupt eiint645(enable=false, channel=645, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint645(void){
}


/* ETNB0 Error related interrupt */
#ifdef __CCRH__
#pragma interrupt eiint646(enable=false, channel=646, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint646(void){
}


/* ETNB0 Management related interrupt */
#ifdef __CCRH__
#pragma interrupt eiint647(enable=false, channel=647, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint647(void){
}


/* ETNB0 MAC interrupt */
#ifdef __CCRH__
#pragma interrupt eiint648(enable=false, channel=648, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint648(void){
}


/* ETNB1 Data related interrupt */
#ifdef __CCRH__
#pragma interrupt eiint649(enable=false, channel=649, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint649(void){
}


/* ETNB1 Error related interrupt */
#ifdef __CCRH__
#pragma interrupt eiint650(enable=false, channel=650, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint650(void){
}


/* ETNB1 Management related interrupt */
#ifdef __CCRH__
#pragma interrupt eiint651(enable=false, channel=651, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint651(void){
}


/* ETNB1 MAC interrupt */
#ifdef __CCRH__
#pragma interrupt eiint652(enable=false, channel=652, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint652(void){
}


/* ETNB1 SGMII interrupt */
#ifdef __CCRH__
#pragma interrupt eiint653(enable=false, channel=653, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint653(void){
}


/* RTCA0 1-second interval interrupt */
#ifdef __CCRH__
#pragma interrupt eiint654(enable=false, channel=654, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint654(void){
}


/* RTCA0 Alarm interrupt */
#ifdef __CCRH__
#pragma interrupt eiint655(enable=false, channel=655, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint655(void){
}


/* RTCA0 Fixed interval interrupt */
#ifdef __CCRH__
#pragma interrupt eiint656(enable=false, channel=656, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint656(void){
}


/* OTS0 Error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint657(enable=false, channel=657, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint657(void){
}


/* OTS0 Temperature measurement end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint658(enable=false, channel=658, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint658(void){
}


/* OTS0 Temperature rise/drop interrupt */
#ifdef __CCRH__
#pragma interrupt eiint659(enable=false, channel=659, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint659(void){
}


/* PWDGA0 unit 0 of group 0 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint660(enable=false, channel=660, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint660(void){
}


/* PWDGA0 unit 0 of group 1 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint661(enable=false, channel=661, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint661(void){
}


/* PWDGA0 unit 0 of group 2 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint662(enable=false, channel=662, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint662(void){
}


/* PWDGA0 unit 1 of group 0 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint663(enable=false, channel=663, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint663(void){
}


/* PWDGA0 unit 1 of group 1 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint664(enable=false, channel=664, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint664(void){
}


/* PWDGA0 unit 1 of group 2 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint665(enable=false, channel=665, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint665(void){
}


/* PWDGA0 unit 2 of group 0 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint666(enable=false, channel=666, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint666(void){
}


/* PWDGA0 unit 2 of group 1 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint667(enable=false, channel=667, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint667(void){
}


/* PWDGA0 unit 2 of group 2 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint668(enable=false, channel=668, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint668(void){
}


/* PWDGA0 unit 3 of group 0 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint669(enable=false, channel=669, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint669(void){
}


/* PWDGA0 unit 3 of group 1 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint670(enable=false, channel=670, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint670(void){
}


/* PWDGA0 unit 3 of group 2 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint671(enable=false, channel=671, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint671(void){
}


/* PWDGA0 queue full interrupt */
#ifdef __CCRH__
#pragma interrupt eiint672(enable=false, channel=672, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint672(void){
}


/* CXP10 transfer interrupt */
#ifdef __CCRH__
#pragma interrupt eiint673(enable=false, channel=673, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint673(void){
}


/* CXP10 receive interrupt */
#ifdef __CCRH__
#pragma interrupt eiint674(enable=false, channel=674, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint674(void){
}


/* CXP10 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint675(enable=false, channel=675, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint675(void){
}


/* CXP11 transfer interrupt */
#ifdef __CCRH__
#pragma interrupt eiint676(enable=false, channel=676, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint676(void){
}


/* CXP11 receive interrupt */
#ifdef __CCRH__
#pragma interrupt eiint677(enable=false, channel=677, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint677(void){
}


/* CXP11 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint678(enable=false, channel=678, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint678(void){
}


/* CXP12 transfer interrupt */
#ifdef __CCRH__
#pragma interrupt eiint679(enable=false, channel=679, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint679(void){
}


/* CXP12 receive interrupt */
#ifdef __CCRH__
#pragma interrupt eiint680(enable=false, channel=680, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint680(void){
}


/* CXP12 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint681(enable=false, channel=681, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint681(void){
}


/* CXP13 transfer interrupt */
#ifdef __CCRH__
#pragma interrupt eiint682(enable=false, channel=682, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint682(void){
}


/* CXP13 receive interrupt */
#ifdef __CCRH__
#pragma interrupt eiint683(enable=false, channel=683, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint683(void){
}


/* CXP13 status interrupt */
#ifdef __CCRH__
#pragma interrupt eiint684(enable=false, channel=684, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint684(void){
}


/* RIIC0 communication error or event generation interrupt */
#ifdef __CCRH__
#pragma interrupt eiint685(enable=false, channel=685, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint685(void){
}


/* RIIC0 receive end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint686(enable=false, channel=686, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint686(void){
}


/* RIIC0 transmit data empty interrupt */
#ifdef __CCRH__
#pragma interrupt eiint687(enable=false, channel=687, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint687(void){
}


/* RIIC0 transmit end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint688(enable=false, channel=688, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint688(void){
}


/* RIIC1 communication error or event generation interrupt */
#ifdef __CCRH__
#pragma interrupt eiint689(enable=false, channel=689, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint689(void){
}


/* RIIC1 receive end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint690(enable=false, channel=690, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint690(void){
}


/* RIIC1 transmit data empty interrupt */
#ifdef __CCRH__
#pragma interrupt eiint691(enable=false, channel=691, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint691(void){
}


/* RIIC1 transmit end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint692(enable=false, channel=692, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint692(void){
}


/* LPS0 Port polling end interrupt */
#ifdef __CCRH__
#pragma interrupt eiint693(enable=false, channel=693, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint693(void){
}


/* LPS0 Digital port error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint694(enable=false, channel=694, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint694(void){
}


/* LPS0 Analog port error interrupt */
#ifdef __CCRH__
#pragma interrupt eiint695(enable=false, channel=695, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint695(void){
}


/* MMCA0 interrupt */
#ifdef __CCRH__
#pragma interrupt eiint696(enable=false, channel=696, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint696(void){
}


/* interrupt for degradation */
#ifdef __CCRH__
#pragma interrupt eiint697(enable=false, channel=697, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint697(void){
}


/* ICU-M fatal error notification */
#ifdef __CCRH__
#pragma interrupt eiint698(enable=false, channel=698, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint698(void){
}


/* Edge detection of RLIN30 received data */
#ifdef __CCRH__
#pragma interrupt eiint699(enable=false, channel=699, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint699(void){
}


/* Edge detection of RLIN31 received data */
#ifdef __CCRH__
#pragma interrupt eiint700(enable=false, channel=700, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint700(void){
}


/* Edge detection of RSCFD0 received data */
#ifdef __CCRH__
#pragma interrupt eiint701(enable=false, channel=701, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint701(void){
}


/* Edge detection of RSCFD1 received data */
#ifdef __CCRH__
#pragma interrupt eiint702(enable=false, channel=702, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint702(void){
}


/* Edge detection of FLXA0 ch A received data */
#ifdef __CCRH__
#pragma interrupt eiint703(enable=false, channel=703, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint703(void){
}


/* Edge detection of FLXA1 ch A received data */
#ifdef __CCRH__
#pragma interrupt eiint704(enable=false, channel=704, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint704(void){
}


/* WDTBA interrupt */
#ifdef __CCRH__
#pragma interrupt eiint705(enable=false, channel=705, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint705(void){
}


/* Dedicated interrupt for on-chip debug function */
#ifdef __CCRH__
#pragma interrupt eiint706(enable=false, channel=706, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint706(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint707(enable=false, channel=707, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint707(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint708(enable=false, channel=708, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint708(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint709(enable=false, channel=709, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint709(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint710(enable=false, channel=710, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint710(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint711(enable=false, channel=711, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint711(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint712(enable=false, channel=712, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint712(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint713(enable=false, channel=713, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint713(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint714(enable=false, channel=714, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint714(void){
}


/* Emergency Hi-Z input 0 */
#ifdef __CCRH__
#pragma interrupt eiint715(enable=false, channel=715, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint715(void){
}


/* Emergency Hi-Z input 1 */
#ifdef __CCRH__
#pragma interrupt eiint716(enable=false, channel=716, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint716(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint717(enable=false, channel=717, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint717(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint718(enable=false, channel=718, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint718(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint719(enable=false, channel=719, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint719(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint720(enable=false, channel=720, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint720(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint721(enable=false, channel=721, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint721(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint722(enable=false, channel=722, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint722(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint723(enable=false, channel=723, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint723(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint724(enable=false, channel=724, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint724(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint725(enable=false, channel=725, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint725(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint726(enable=false, channel=726, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint726(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint727(enable=false, channel=727, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint727(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint728(enable=false, channel=728, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint728(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint729(enable=false, channel=729, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint729(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint730(enable=false, channel=730, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint730(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint731(enable=false, channel=731, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint731(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint732(enable=false, channel=732, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint732(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint733(enable=false, channel=733, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint733(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint734(enable=false, channel=734, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint734(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint735(enable=false, channel=735, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint735(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint736(enable=false, channel=736, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint736(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint737(enable=false, channel=737, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint737(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint738(enable=false, channel=738, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint738(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint739(enable=false, channel=739, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint739(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint740(enable=false, channel=740, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint740(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint741(enable=false, channel=741, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint741(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint742(enable=false, channel=742, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint742(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint743(enable=false, channel=743, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint743(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint744(enable=false, channel=744, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint744(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint745(enable=false, channel=745, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint745(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint746(enable=false, channel=746, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint746(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint747(enable=false, channel=747, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint747(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint748(enable=false, channel=748, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint748(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint749(enable=false, channel=749, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint749(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint750(enable=false, channel=750, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint750(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint751(enable=false, channel=751, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint751(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint752(enable=false, channel=752, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint752(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint753(enable=false, channel=753, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint753(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint754(enable=false, channel=754, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint754(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint755(enable=false, channel=755, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint755(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint756(enable=false, channel=756, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint756(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint757(enable=false, channel=757, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint757(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint758(enable=false, channel=758, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint758(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint759(enable=false, channel=759, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint759(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint760(enable=false, channel=760, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint760(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint761(enable=false, channel=761, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint761(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint762(enable=false, channel=762, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint762(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint763(enable=false, channel=763, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint763(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint764(enable=false, channel=764, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint764(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint765(enable=false, channel=765, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint765(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint766(enable=false, channel=766, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint766(void){
}


/* Reserved */
#ifdef __CCRH__
#pragma interrupt eiint767(enable=false, channel=767, fpu=true, callt=false)
#endif
#ifdef __ghs__
#pragma ghs interrupt
#endif
#ifdef __IAR__
#pragma type_attribute=__interrupt
#endif
void eiint767(void){
}


